Translation of "Particle collider " (English → French) :

particle collider | collider

collider [ colliding-beam accelerator | colliding-particle machine ]

gold nanoparticle [ nanosized gold particle | nanosize gold particle | nanometer-sized gold particle | nanoscale gold particle | nanogold particle | nanogold-particle | nano-scaled gold particle ]

colliding ship | colliding vessel

silver nanoparticle | Ag nanoparticle | silver nanometer particle | nanosilver particle | nanoscale silver particle | nanoscaled silver particle | nanosize silver particle | nanosized silver particle

large electron-positron collider | LEP collider

magnetic particle inspection [ MPI | magnetic particle method | magnetic particle testing | magnetic particle test | magnetic particle flaw detection | magnetic particle detection | magnetic testing ]

colliding ship | colliding vessel

any injury except drowning and submersion as a result of an accident to watercraft burned while ship on fire crushed between colliding ships crushed by lifeboat after abandoning ship fall due to collision or other accident to watercraft hit by falling object as a result of accident to watercraft injured in watercraft accident involving collision of watercraft struck by boat or part thereof after falling or jumping from damaged boat

z naught particle | z zero particle | Z° particle

Through TRIUMF's ambitious international partnerships, Canadian researchers have been at the centre of some of the most important international research projects, most recently making critical contributions to the discovery of the Higgs boson particle at the Large Hadron Collider at the European Organization for Nuclear Research.

The conclusions were threefold: first, that there is a culture of stewardship that asks for an establishment of clear policy for data sharing; second, that there is a coordination of stakeholder engagement, in other words, long-term planning—and remember that this isn't about data on colliding particles but mostly data on people—and therefore the involvement of SSHRC is very important; and third, they raised as an issue the developing capacity, so that engages funding and roles and responsibility among national, provincial, and institutional stakeholders.

ACEOLE helped to develop the data readout systems used at the Large Hadron Collider particle accelerator tunnel at CERN, where the particle was identified.

It gives 40 million researchers in 40 European countries access to the processing power essential to share massive volumes of data needed to study for example the smallest known particles with the Large Hadron Collider in Switzerland or to tackle global challenges like finding a cure for epilepsy or setting up early warning systems for typhoons.